Welcome to our dedicated page for Ansys news (Ticker: ANSS), a resource for investors and traders seeking the latest updates and insights on Ansys stock.
Ansys (ANSS) has been a publicly traded simulation software company in the information sector whose news flow illustrates how engineering simulation supports complex products and systems. Company communications describe a mission of helping innovators understand how their designs will perform, using multiphysics simulation across structural, fluid, electromagnetic, thermal, and related domains.
On this news page, readers can review announcements about Ansys’ collaborations, product releases, and corporate developments. Recent items include partnerships with Wingcopter to refine autonomous drones for medical supply delivery, and with Turbotech to help design a hydrogen-fueled turbine engine for light aviation. These stories highlight how Ansys tools are applied to aerodynamics, energy efficiency, safety analysis, and hydrogen combustion modeling.
News coverage also features Ansys’ work with TSMC on advanced semiconductor processes and 3D-IC design flows, where tools such as RedHawk-SC, RedHawk-SC Electrothermal, Totem, and HFSS-IC Pro receive certification for cutting-edge process nodes. Other releases focus on portfolio updates like the 2025 R2 launch, which introduces AI-driven capabilities such as Ansys Engineering Copilot, AI+ features across several products, expanded Python integration through PyAnsys, and cloud-based simulation options.
Corporate and transaction-related updates form another important category of ANSS news. Synopsys and Ansys have issued joint statements about the proposed acquisition of Ansys, the progress of regulatory approvals, and the expected timing of closing. Subsequent communications and regulatory filings state that the merger was consummated and that Ansys became a wholly owned subsidiary of Synopsys. Investors and analysts can use this page to explore the historical news record around ANSS, including earnings announcements, collaboration agreements, and the steps leading to the company’s transition into the Synopsys group.
Ansys has partnered with Cornell University to enhance engineering education through online simulation courses. This collaboration addresses the growing demand for remote learning and provides students with valuable skills in using Ansys simulation software. Over 50 new courses will be developed and hosted on the Ansys Innovation Courses platform, complementing existing tutorials from Cornell's SimCafe. The courses aim to prepare engineering graduates for the complexities of the industry, equipping them with essential simulation skills that are increasingly essential in modern engineering roles.
Ansys has announced the acquisition of Phoenix Integration, a leader in software for model-based engineering (MBE) and model-based systems engineering (MBSE). This acquisition aims to enhance Ansys' solution offerings, facilitating the integration of various engineering tools for optimized product design. The strategic move follows Ansys' previous acquisitions of Dynardo and Analytical Graphics. Financially, the deal is not expected to significantly impact Ansys' consolidated financial statements in 2021. Phoenix Integration's software is widely used in aerospace and defense sectors, enhancing product development efficiency.
ANSYS reported strong Q1 2021 results, with GAAP revenue increasing to $363.2 million, a 19% growth year-over-year. Non-GAAP revenue reached $372.1 million, up 20%. Diluted EPS rose to $0.82 (GAAP) and $1.12 (non-GAAP), reflecting a 55% and 35% increase respectively. The company has raised its guidance for Q2 and full-year 2021 in terms of revenue, EPS, and cash flow. The annual contract value (ACV) stood at $319.4 million, with a deferred revenue backlog of $936.5 million.
Ansys has been recognized as a finalist in the Software category and received an honorable mention in the Healthcare category at the Fast Company 2021 World Changing Ideas Awards. This accolade highlights Ansys' innovative work in creating a digital twin of the human heart to improve treatments for heart arrhythmias. The digital twin integrates MRI imaging with electrophysiological simulations, allowing for real-time results in treatment planning. The awards draw attention to impactful ideas designed to tackle global challenges such as health crises and social inequality.
Ansys and AMD are collaborating to enhance engineering simulation performance using 3rd Gen AMD EPYC processors. This partnership aims to significantly improve design cycle times and accelerate new product development across various industries. Internal tests show that the EPYC 75F3 processors can reduce simulation runtimes by up to 50%. The integration of these processors into exascale supercomputers will allow engineers to analyze large datasets more efficiently, leading to better product designs in fields like automotive and aerospace.
Ansys collaborates with Van Oord to enhance the development of offshore wind turbine foundations, significantly expediting their design process. Utilizing Ansys Cloud and Ansys Mechanical software, Van Oord's engineers can perform five times more design iterations and reduce simulation run times from 150 hours to under 24 hours, achieving a sevenfold improvement in efficiency. This partnership aims to accelerate product quality and innovation, addressing sustainability in the offshore wind sector. Van Oord will showcase these advancements at Simulation World 2021 on April 20th and 21st.
ANSYS, Inc. (NASDAQ: ANSS) announced its first quarter earnings release date for May 5, 2021, post-market close. A conference call to discuss the results will be held on May 6, 2021, at 8:30 a.m. Eastern Time, led by CEO Ajei Gopal and CFO Nicole Anasenes. Participants are encouraged to pre-register for immediate access. The earnings press release and call details will be available on the company's investor website. ANSYS is a leader in engineering simulation, helping innovative companies in product development.
H3C Semiconductor has launched the ENGIANT 660, a high-performance network processor chip designed for routing, AI, 5G backhaul, and cybersecurity applications. The development utilized Ansys' advanced multiphysics simulation solutions, enhancing product efficiency and reducing costs. Key features include 56G Serdes and LPDDR5 interfaces, with significant improvements in design signoff and production speed, cutting analysis times by 10x. This collaboration aims to address complex challenges in thermal reliability and power integrity for large-scale chips.
Ansys and Velodyne are collaborating to develop advanced physics-based models for Velodyne's lidar sensors, enhancing safety in autonomous vehicles (AVs). This partnership aims to improve hazard detection and accelerate the integration of lidar technology into AVs, reducing development costs. By utilizing Ansys' VRXPERIENCE platform, automakers can simulate countless driving scenarios, decreasing the need for extensive physical testing. This innovation supports safer driving environments and expedites the market introduction of next-generation AVs, contributing significantly to the autonomous driving landscape.
Ansys and ESSS have announced a collaboration to enhance discrete element modeling (DEM) workflows for industrial applications. Their new tool, Ansys Rocky, allows for the simulation of product performance in various operating scenarios, improving the design processes for products influenced by granular materials. By leveraging multiple GPUs, Ansys Rocky accelerates analysis by 20-90 times, integrating seamlessly with Ansys' flagship solvers like Fluent and Mechanical. This collaboration aims to provide engineers with more reliable products, reducing development time and waste.
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